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Sitting at the £120/$169 price point is Gigabytes G1.Sniper Z87, a recent addition to their Z87 range. This board looks to pack as many features from the high end gaming boards as possible into a more approachable price point for consumers. Today we find out if they have succeeded in balancing the two aspects.
Mit dem kürzlich angekündigten G1.Sniper Z87 erweitert Gigabyte das eigene Killer-Portfolio um ein günstiges Mainboard, das die grundlegenden Funktionen der Gamer-Serie beinhaltet. Dazu zählen unter anderem der Killer-Netzwerk-Chip und der Creative Sound-Core-3D-Audio-Prozessor samt hochwertigen Bauteilen sowie die Durable-Black-Solid-Caps. Ob dem Hersteller die Umsetzung und Implementierung der Features trotz Fokus auf einen niedrigen Endpreis gelungen ist, soll dieser Artikel zeigen.
Heute testen wir auf OCinside.de das erste Mainboard mit dem neuen Sockel FM2+ für AMD Kaveri Prozessoren, das sogar abwärtskompatibel mit Sockel FM2 Richland und Trinity Prozessoren ist.
Die AMD FM2+ Hauptplatine basiert auf dem AMD A88X Bolton-D4 Chipsatz und verfügt insgesamt über fünf PCI Express Steckplätze, zwei PCI Steckplätze, vier Speicherslots mit AMP und XMP Unterstützung, sieben SATA3 Ports, einen eSATA3 Port, Gigabit LAN, HDMI-In, HDMI Ausgang, D-Sub VGA, DVI, DisplayPort, 7.1 Purity Sound und jede Menge weitere Features.
Natürlich haben wir das ASRock FM2A88X Extreme6+ Sockel FM2+ Mainboard nicht nur getestet, sondern wieder bis an die Grenzen übertaktet.
Technic3D hat das Gigabyte G1.Sniper 5 Mainboard im Test. Wie sich das Topmodell von Gigabyte für den Sockel 1150 mit einem Intel i7-4770K auf dem Teststand schlägt, steht im folgenden Review.
The Biostar Hi-Fi B85N 3D motherboard comes in the mini-ITX form factor at only 17 x 17 cm, targeting the budget audience. The small form factor of the Biostar Hi-Fi B85N 3D is ideally suited for low power solutions, such as an HTPC or kiosk system. The Hi-Fi board contains the Intel B85 Chipset, which supports Socket LGA1150 i3, i5, and i7 processors, Intel Rapid Start, Intel Smart Connect, and Intel SBA 2.0. There is support for two DDR3 DIMM modules at 1333 or 1600 MHz, with a maximum memory capacity of 16GB. A combination mSATA/Mini PCI-E slot is on the board for the addition of a SSD or Mini PCI-E card.
ASUS recently launched their new flagship for their LGA2011 product stack, the Rampage IV Black Edition. The ASUS Rampage IV Black Edition is the newest Intel X79 motherboard from ASUS and features, well just about everything under the sun! Since the ASUS Rampage IV Black Edition is an Intel X79 motherboard, it uses the LGA2011 socket and all the perks that go with it. Read on to see how it performs!
The MAXIMUS VI EXTREME is the most high-end motherboard from ASUS for socket LGA1150 processors. It is based on the Z87 chipset and brings 10 SATA-600 ports, eight USB 3.0 ports, a Wi-Fi IEEE 802.11a/b/g/n/ac interface, and a Bluetooth 4.0 antenna. But the highlight of this motherboard is the overclock control panel, which can be used to monitor and control overclocking parameters.
Supermicro's X10SLV-Q is a Mini-ATX industrial class motherboard that works with Intel's new 4th generation CPU's.
The 4770K offers quite possibly the highest per-clock performance numbers of any consumer-grade processor currently on the market. It’s just that fact which makes Haswell’s multiplier-unlocked Core i7 a plausible option for workstation applications. And with that possible usage scenario comes the requirement for workstation-grade LGA 1150 motherboards. Is ASRock’s flagship LGA 1150 motherboard, the Z87 Extreme11/ac, the perfect partner for a powerful, Haswell-based workstation?
AMD are rumoured to be exiting the high end desktop market with the FX series of processors on the AM3+ socket expected to be AMD’s last range of standalone CPU products. Of course the main reason for that decision by AMD, if it does turn out to be true, is that AMD simply cannot compete with Intel at the highest end market segment. However, when it comes to APUs AMD have a distinct advantage thanks to the advanced integrated graphical performance and so AMD’s APU platform isn’t going anywhere any time soon. AMD’s current APU products for the desktop platform are codename “Richland” and they bear the AX-6XXX monikers. The predecessors to those were “Trinity” which were of the AX-5XXX naming system. Of course Trinity and Richland APUs are virtually identical – using the same graphics VLIW4 architecture and the same 32nm Piledriver CPU cores, the main difference between the two is higher clock speeds and improved power efficiency. They are physically identical, both supporting the FM2 and FM2+ sockets on the A55, A75, A85X and A88X chipsets.
What’s coming after Richland is Kaveri, expected early next year Kaveri will run on the FM2+ socket with A88X and A85X motherboards. Today we have with us one of those newer Kaveri-Ready AMD desktop APU motherboards running off the A88X chipset. Of course the fact Kaveri isn’t here yet means we are using AMD’s best Richland APU, the A10 6800K, to test this motherboard as AMD Trinity and Richland APUs are compatible with all FM2+ motherboards. Specifically we are reviewing Gigabyte’s G1 Sniper A88X motherboard today, this motherboard is Gigabyte’s best gaming offering for AMD’s APU platform featuring support for Trinity, Richland and Kaveri APUs, up to 64GB of 2400MHz memory, high quality audio with interchangeable op-amps, CrossFire support and support for up to 8 SATA III 6Gbps devices. Gigabyte have certainly left no stone unturned as they have tried to cram every feature a gamer could want into an attractively priced package. Below you can see the full specifications of this motherboard:
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